/* try_open_joy_device: [primary thread]
*
* Try to open joystick device number NUM, returning the fd on success
* or -1 on failure.
*/
static int try_open_joy_device(int num)
{
const char *device_name = NULL;
char tmp[128];
/* char tmp1[128], tmp2[128]; */
int fd;
/* XXX use configuration system when we get one */
device_name = NULL;
#if 0
/* Check for a user override on the device to use. */
snprintf(tmp, sizeof(tmp), "joystick_device_%d", num);
device_name = get_config_string("joystick", tmp, NULL);
/* Special case for the first joystick. */
if (!device_name && (num == 0))
device_name = get_config_string("joystick",
"joystick_device",
NULL);
#endif
if (device_name)
fd = open(device_name, O_RDONLY|O_NONBLOCK);
else {
snprintf(tmp, sizeof(tmp), "/dev/input/js%d", num);
tmp[sizeof(tmp)-1] = 0;
fd = open(tmp, O_RDONLY|O_NONBLOCK);
if (fd == -1) {
snprintf(tmp, sizeof(tmp), "/dev/js%d", num);
tmp[sizeof(tmp)-1] = 0;
fd = open(tmp, O_RDONLY|O_NONBLOCK);
if (fd == -1)
return -1;
}
}
if (!check_js_api_version(fd)) {
close(fd);
return -1;
}
return fd;
}
/* get_config_int:
* Reads an integer from the configuration file.
*/
int get_config_int(char *section, char *name, int def)
{
char *s = get_config_string(section, name, NULL);
if ((s) && (*s))
return strtol(s, NULL, 0);
return def;
}
/* get_config_float:
* Reads a float from the configuration file.
*/
float get_config_float(char *section, char *name, float def)
{
char *s = get_config_string(section, name, NULL);
if ((s) && (*s))
return atof(s);
return def;
}
/* read_keyboard_config:
* Reads in the keyboard config tables.
*/
static void read_keyboard_config(void)
{
char filename[1024], tmp1[128], tmp2[128], *ext, *datafile;
AL_CONST char* name;
name = get_config_string(uconvert_ascii("system", tmp1), uconvert_ascii("keyboard", tmp2), _keyboard_layout);
if ((!name) || (!ugetc(name)))
return;
ext = uconvert_ascii(".cfg", tmp1);
datafile = uconvert_ascii("keyboard.dat", tmp2);
if (find_allegro_resource(filename, name, ext, datafile, NULL, NULL, NULL, sizeof(filename)) != 0)
return;
push_config_state();
set_config_file(filename);
read_key_table(custom_key_ascii_table, standard_key_ascii_table, "key_ascii");
read_key_table(custom_key_capslock_table, standard_key_capslock_table, "key_capslock");
read_key_table(custom_key_shift_table, standard_key_shift_table, "key_shift");
read_key_table(custom_key_control_table, standard_key_control_table, "key_control");
/* preserve backward compatibility with former unique key_altgr table */
read_key_table(custom_key_altgr_lower_table, standard_key_empty_table, "key_altgr");
read_key_table(custom_key_altgr_upper_table, standard_key_empty_table, "key_altgr");
read_key_table(custom_key_altgr_lower_table, custom_key_altgr_lower_table, "key_altgr_lower");
read_key_table(custom_key_altgr_upper_table, custom_key_altgr_upper_table, "key_altgr_upper");
read_key_table(custom_key_accent1_lower_table, standard_key_empty_table, "key_accent1_lower");
read_key_table(custom_key_accent1_upper_table, standard_key_empty_table, "key_accent1_upper");
read_key_table(custom_key_accent2_lower_table, standard_key_empty_table, "key_accent2_lower");
read_key_table(custom_key_accent2_upper_table, standard_key_empty_table, "key_accent2_upper");
read_key_table(custom_key_accent3_lower_table, standard_key_empty_table, "key_accent3_lower");
read_key_table(custom_key_accent3_upper_table, standard_key_empty_table, "key_accent3_upper");
read_key_table(custom_key_accent4_lower_table, standard_key_empty_table, "key_accent4_lower");
read_key_table(custom_key_accent4_upper_table, standard_key_empty_table, "key_accent4_upper");
_key_accent1 = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent1", tmp2), 0);
_key_accent2 = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent2", tmp2), 0);
_key_accent3 = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent3", tmp2), 0);
_key_accent4 = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent4", tmp2), 0);
_key_accent1_flag = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent1_flag", tmp2), 0);
_key_accent2_flag = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent2_flag", tmp2), 0);
_key_accent3_flag = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent3_flag", tmp2), 0);
_key_accent4_flag = get_config_int(uconvert_ascii("key_escape", tmp1), uconvert_ascii("accent4_flag", tmp2), 0);
pop_config_state();
set_custom_keyboard();
update_key_descriptions();
}
/* mouse_init:
* Here we open the mouse device, initialise anything that needs it,
* and chain to the framework init routine.
*/
static int mouse_init (void)
{
char tmp1[128], tmp2[128];
AL_CONST char *udevice;
/* Set the current tool */
current_tool = default_tool;
/* Find the device filename */
udevice = get_config_string (uconvert_ascii ("mouse", tmp1),
uconvert_ascii ("mouse_device", tmp2),
NULL);
/* Open mouse device. Devices are cool. */
if (udevice) {
TRACE(PREFIX_I "Trying %s device\n", udevice);
intdrv.device = open_mouse_device (uconvert_toascii (udevice, tmp1));
if (intdrv.device < 0) {
uszprintf (allegro_error, ALLEGRO_ERROR_SIZE, get_config_text ("Unable to open %s: %s"),
udevice, ustrerror (errno));
return -1;
}
}
else {
/* If not specified in the config file, try several /dev/input/event<n>
* devices. */
const char *device_name[] = { "/dev/input/event0",
"/dev/input/event1",
"/dev/input/event2",
"/dev/input/event3",
NULL };
int i;
TRACE(PREFIX_I "Trying /dev/input/event[0-3] devices\n");
for (i=0; device_name[i]; i++) {
intdrv.device = open_mouse_device (device_name[i]);
if (intdrv.device >= 0) {
break;
}
}
if (!device_name[i]) {
uszprintf (allegro_error, ALLEGRO_ERROR_SIZE, get_config_text ("Unable to open a mouse device: %s"),
ustrerror (errno));
return -1;
}
}
intdrv.num_buttons = get_num_buttons(intdrv.device);
/* Init the tablet data */
init_tablet(intdrv.device);
return __al_linux_mouse_init (&intdrv);
}
void NormalGame::init(Log *_log)
{
STACKTRACE;
Game::init(_log);
team_table_size = 0;
view->window->locate(0,0,0,0,0,0.9,0,1);
tw_delete_file(home_ini_full_path("tmp.ini"));
tw_delete_file(home_ini_full_path("fleets.tmp"));
tw_set_config_file(home_ini_full_path("tmp.ini"));
set_config_string (NULL, "Ignorethis", "");
if (!log->playback) init_players();
log_file(home_ini_full_path("tmp.ini"));
if (log->playback) {
for (int i = 0; true; i += 1) {
char buffy[64];
sprintf(buffy, "Player%d", i + 1);
log_file(home_ini_full_path("tmp.ini"));
const char *type = get_config_string(buffy, "Type", NULL);
if (!type) break;
const char *name = get_config_string(buffy, "Name", buffy);
int channel = get_config_int(buffy, "Channel", -2);
int ti = get_config_int(buffy, "Team", 0);
add_player(create_control(channel, type), ti, name, buffy);
player_fleet[i]->load(NULL, buffy);
player_fleet[i]->save("fleets.tmp", buffy);
}
}
prepare();
init_objects();
next_choose_new_ships_time = game_time + 200;
// team and health indicators.
indteamtoggle = 0;
indhealthtoggle = 0;
return;
}
bool SqlParser::setDefaultLimit() {
static const char *defaultLimit = NULL;
if (defaultLimit == NULL) {
defaultLimit = get_config_string("DEFAULT_SELECT_LIMIT");
if (defaultLimit == NULL)
defaultLimit = "500";
}
int limitPos;
if (!findToken(1, getTokensLen(), TK_SQL_LIMIT, &limitPos)) {
g_string_append(inputSql, " LIMIT ");
g_string_append(inputSql, defaultLimit);
network_mysqld_proto_set_header_len((unsigned char *) (inputSql->str), inputSql->len - NET_HEADER_SIZE);
return true;
}
if (limitPos + 3 > getTokensLen() - 1) // no offset
return true;
if (limitPos + 3 < getTokensLen() - 1) {
printTokens("only queries with LIMIT at the last field is supported now!");
return false;
}
int offset, rowCount;
if (getTokenId(limitPos + 2) == TK_COMMA) {
offset = atoi(getTokenStr(limitPos + 1).c_str());
rowCount = atoi(getTokenStr(limitPos + 3).c_str());
} else if (getTokenId(limitPos + 2) == TK_SQL_OFFSET) {
offset = atoi(getTokenStr(limitPos + 3).c_str());
rowCount = atoi(getTokenStr(limitPos + 1).c_str());
} else {
printTokens("Unrecognized LIMIT OFFSET format:");
return false;
}
// TODO: the tokenizer needs to have the field offset info
// for now, we search LIMIT from the end
char *p = inputSql->str + inputSql->len - 1;
while (toupper(*p) != 'L') p--;
// remove the old LIMIT OFFSET info
//
g_string_truncate(inputSql, p - inputSql->str);
// add new LIMIT OFFSET info
char buff[128];
snprintf(buff, sizeof (buff), "LIMIT %d", offset + rowCount);
g_string_append(inputSql, buff);
network_mysqld_proto_set_header_len((unsigned char *) (inputSql->str), inputSql->len - NET_HEADER_SIZE);
return true;
}
void
read_joy_mapping (void)
{
# if 0 //LUDO: TO_BE_DONE !
char tmp_str[10], tmp_str2[10], section_name[10];
unsigned char x, y, z;
unsigned short temp_val;
Log ("--[ JOYPAD MAPPING ]-------------------------------\n");
Log ("Loading default values\n");
memset (tmp_str, 0, 10);
strcpy (section_name, "CONFIG1");
for (z = 0; z < 16; z++)
{
if (z < 10)
section_name[6] = '0' + z;
else
section_name[6] = (z - 10) + 'a';
Log (" * Looking for section %s\n", section_name);
for (x = 0; x < 5; x++)
{ // for each player
config[z].individual_config[x].joydev = 0;
strcpy (tmp_str2, "joydev1");
tmp_str2[6] = '0' + x;
strncpy (tmp_str, get_config_string (section_name, tmp_str2, "0"),
10);
config[z].individual_config[x].joydev = atoi (tmp_str);
for (y = 0; y < J_MAX; y++)
{
strncpy (tmp_str, joymap_reverse[y], 10);
tmp_str[strlen (tmp_str) + 1] = 0;
tmp_str[strlen (tmp_str)] = '0' + x;
temp_val = get_config_int (section_name, tmp_str, 0xffff);
if (0xffff != temp_val)
{
config[z].individual_config[x].joy_mapping[y] = temp_val;
Log (" %s set to %d\n", joymap_reverse[y], temp_val);
}
}
}
}
Log ("End of joypad mapping\n\n");
# endif
}
void keyswitch(int keyswitch_lang)
{
push_config_state();
set_config_file(F("$(home)/ufo2000.ini"));
switch (keyswitch_lang) {
case 0: {
const char *current_keyboard = get_config_string("system", "keyboard", "us");
const char *primary_keyboard = get_config_string("system", "primary_keyboard", "us");
const char *secondary_keyboard = get_config_string("system", "secondary_keyboard", "ru");
if (strcmp(current_keyboard, primary_keyboard) == 0)
set_config_string("system", "keyboard", secondary_keyboard);
else
set_config_string("system", "keyboard", primary_keyboard);
break;
}
case KEY_E:
set_config_string("system", "keyboard", "us");
break;
case KEY_R:
set_config_string("system", "keyboard", "ru");
break;
case KEY_B:
set_config_string("system", "keyboard", "by");
break;
case KEY_P:
set_config_string("system", "keyboard", "pl");
break;
case KEY_D:
set_config_string("system", "keyboard", "de");
break;
default:
pop_config_state();
return;
}
clear_keybuf();
remove_keyboard();
install_keyboard();
pop_config_state();
}
RecentFiles::RecentFiles()
: m_files(16)
, m_paths(16)
{
char buf[512];
for (int c=m_files.limit()-1; c>=0; c--) {
sprintf(buf, "Filename%02d", c);
const char* filename = get_config_string("RecentFiles", buf, NULL);
if (filename && *filename && base::file_exists(filename))
m_files.addItem(filename);
}
for (int c=m_paths.limit()-1; c>=0; c--) {
sprintf(buf, "Path%02d", c);
const char* path = get_config_string("RecentPaths", buf, NULL);
if (path && *path)
m_paths.addItem(path);
}
// Create recent list of paths from filenames (for backward
// compatibility with previous versions of ASEPRITE).
if (m_paths.empty()) {
std::set<std::string> included;
// For each recent file...
const_iterator it = files_begin();
const_iterator end = files_end();
for (; it != end; ++it) {
base::string path = base::get_file_path(*it);
// Check if the path was not already included in the list
if (included.find(path) == included.end()) {
included.insert(path);
m_paths.addItem(path);
}
}
}
}
CFStringRef AoEProperties::get_targets_config_string(int nTargetNumber)
{
int n, nNum;
// Iterate over the list of targets, checking which one is the target number we are looking for
nNum = number_of_targets();
for(n=0; n<nNum; n++)
if ( nTargetNumber==get_target_number(n) )
return get_config_string(n);
return NULL;
}
/* get_config_oct:
* Reads a octal integer from the configuration file.
*/
int get_config_oct(char *section, char *name, int def)
{
char *s = get_config_string(section, name, NULL);
int i;
if ((s) && (*s)) {
i = strtol(s, NULL, 8);
return i;
}
return def;
}
/* get_config_hex:
* Reads a hexadecimal integer from the configuration file.
*/
int get_config_hex(char *section, char *name, int def)
{
char *s = get_config_string(section, name, NULL);
int i;
if ((s) && (*s)) {
i = strtol(s, NULL, 16);
if ((i == 0x7FFFFFFF) && (stricmp(s, "7FFFFFFF") != 0))
i = -1;
return i;
}
return def;
}
// it seems get_config_argv will only give a max argc of 16.
// we require far more than this for palette reading.
// This function takes an array of ints and fills it given
// a section and label name.
// returns - true if everything ok or false if section/label doesn't
// exist
BOOL get_config_int_array(char * Section, char * Label,
int * PaletteVals, int * argc)
{
char * Buffer;
char * p;
int ArgcVal = 0;
// clear this incase false is returned
*argc = 0;
Buffer = get_config_string(Section, Label, "None");
if (strcmp(Buffer, "None") == 0)
return FALSE;
p = Buffer;
for (;;)
{
char NumBuf[10];
int pos = 0;
// skip any leading spaces
while((*p == ' ') && (*p != 0)) p++;
// fall out?
if (*p == 0) break;
// copy string out until next space
while ((*p != ' ') && (*p != 0))
{
NumBuf[pos] = *p;
pos++;
p++;
}
// any number to convert?
if ((pos == 0) && (*p == 0))
break;
// null terminate and convert to a number in the main array
NumBuf[pos] = 0;
PaletteVals[ArgcVal] = atol(NumBuf);
ArgcVal++;
}
*argc = ArgcVal;
return TRUE;
}
char *get_name(meshlink_handle_t *mesh) {
char *name = NULL;
get_config_string(lookup_config(mesh->config, "Name"), &name);
if(!name)
return NULL;
if(!check_id(name)) {
logger(mesh, MESHLINK_ERROR, "Invalid name for mesh->self!");
free(name);
return NULL;
}
return name;
}
void sleep_init(int mins)
{
char txt[256];
LOCK_FUNCTION(sleep_timeout);
LOCK_FUNCTION(sleep_fadeout);
/* See if fading is required */
sprintf(txt,get_config_string("[options]","sleep_fade","yes"));
if(stricmp(txt,"YES") == 0)
sleep_want_fade = TRUE;
install_int_ex(sleep_timeout, SECS_TO_TIMER(mins*60));
}
/* alsa_rawmidi_detect:
* ALSA RawMIDI detection.
*/
static int alsa_rawmidi_detect(int input)
{
#if ALLEGRO_ALSA_VERSION == 9
const char *device = NULL;
#else /* ALLEGRO_ALSA_VERSION == 5 */
int card = -1;
int device = -1;
#endif
int ret = FALSE, err;
char tmp1[128], tmp2[128], temp[256];
snd_rawmidi_t *handle = NULL;
if (input) {
ret = FALSE;
}
else {
#if ALLEGRO_ALSA_VERSION == 9
device = get_config_string(uconvert_ascii("sound", tmp1),
uconvert_ascii("alsa_rawmidi_device", tmp2),
"default");
err = snd_rawmidi_open(NULL, &handle, device, 0);
#else /* ALLEGRO_ALSA_VERSION == 5 */
card = get_config_int(uconvert_ascii("sound", tmp1),
uconvert_ascii("alsa_rawmidi_card", tmp2),
snd_defaults_rawmidi_card());
device = get_config_int(uconvert_ascii("sound", tmp1),
uconvert_ascii("alsa_rawmidi_device", tmp2),
snd_defaults_rawmidi_device());
err = snd_rawmidi_open(&handle, card, device, SND_RAWMIDI_OPEN_OUTPUT_APPEND);
#endif
if (err) {
snprintf(temp, sizeof(temp), "Could not open card/rawmidi device: %s", snd_strerror(err));
ustrzcpy(allegro_error, ALLEGRO_ERROR_SIZE, get_config_text(temp));
ret = FALSE;
}
else {
snd_rawmidi_close(handle);
ret = TRUE;
}
}
return ret;
}
void CSerialPortItem::ReloadContents()
{
char buf[32];
char setting[1024];
CArgs args;
sprintf(buf, "PORT%d", m_PortNo);
if(!get_config_string(&key, "ports", buf, setting, sizeof(setting), 500)){
return;
}
utils_debug("Port%d on %s: %s\n", m_PortNo, (char*)CNodeName(key), setting);
parse_arg_ex(setting, &args, ",");
if(args.argc != 4){
return;
}
m_baud = atoi(args.argv[0]);
if( m_baud != 4800 &&
m_baud != 9600 &&
m_baud != 19200 &&
m_baud != 38400 &&
m_baud != 57600 &&
m_baud != 115200
){
m_baud = 57600;
}
m_checkmode = *args.argv[1];
if(!strchr("mbeon", m_checkmode) ){
m_checkmode = 'm';
}
m_databits = atoi(args.argv[2]);
if(m_databits < 6 || m_databits>8){
m_databits = 8;
}
if( !strcmp(args.argv[3], "1") ){
m_stopbits = 1;
}else if(!strcmp(args.argv[3], "2") ){
m_stopbits = 2;
}else if(!strcmp(args.argv[3], "1.5") ){
m_stopbits = 3;
}else{
m_stopbits = 1;
}
}
void send_confstartendupdate(connection_t *c, int start) {
char rawconf[MAX_STRING_SIZE];
char rawdgst[MAX_STRING_SIZE], b64dgst[MAX_STRING_SIZE];
size_t slen, dlen, rlen;
char *fname;
bool choice = false;
/* test if we're are authorized to broadcast the data */
if(!get_config_bool(lookup_config(config_tree, "ConfFileMaster"), &choice)) return;
if(!choice) return;
if(c->node && c->node->sentupdates) return;
if(get_config_string(lookup_config(config_tree, "ConfFileTemplate"), &fname)) free(fname);
else return;
/* Start update session */
dlen = RSA_size(myself->connection->rsa_key);
if (dlen > sizeof(rawdgst)/2) {
logger(LOG_ERR, "Could not %s config update session due to digest overflow",
start ? "start" : "end");
return;
}
snprintf(rawconf, sizeof(rawconf), "%s %s 0 %zd",
myself->name, start ? "START" : "END", dlen);
rlen = strlen(rawconf);
if (!EVP_sign(myself->connection->rsa_key, rawconf, rlen, rawdgst, &dlen)) {
logger(LOG_ERR,
"Could not %s config update session due to signing error (probably OOM)",
start ? "start" : "end");
return;
}
if (base64_enclen(dlen) >= MAX_STRING_SIZE) {
logger(LOG_ERR,
"Could not %s config update session, base64 digest overflow",
start ? "start" : "end");
return;
}
base64_encode(rawdgst, dlen, b64dgst, sizeof(b64dgst)-1);
send_request(c, "%d %s %s", CONFUPDATE, rawconf, b64dgst);
}
/* jack_detect:
* Detects driver presence.
*/
static int jack_detect(int input)
{
if (input) {
ustrzcpy(allegro_error, ALLEGRO_ERROR_SIZE, get_config_text(
"Input is not supported"));
return FALSE;
}
if (!jack_client)
{
jack_client_name = get_config_string("sound", "jack_client_name",
jack_client_name);
jack_client = jack_client_new(jack_client_name);
if (!jack_client)
return FALSE;
}
return TRUE;
}
/* alsa_detect:
* Detects driver presence.
*/
static int alsa_detect(int input)
{
int ret = FALSE;
char tmp1[128], tmp2[128];
alsa_device = get_config_string(uconvert_ascii("sound", tmp1),
uconvert_ascii("alsa_device", tmp2),
alsa_device);
ret = snd_pcm_open(&pcm_handle, alsa_device, SND_PCM_STREAM_PLAYBACK, SND_PCM_NONBLOCK);
if (ret < 0) {
ustrzcpy(allegro_error, ALLEGRO_ERROR_SIZE, get_config_text("Can not open card/pcm device"));
return FALSE;
}
snd_pcm_close(pcm_handle);
pcm_handle = NULL;
return TRUE;
}
void Level::loadCore(int level)
{
set_config_file("core.ini");
char section[256];
sprintf(section,"level%02d",level);
zoom2x = get_config_int(section,"zoom2x",-1);
zoom2y = get_config_int(section,"zoom2y",-1);
zoom5x = get_config_int(section,"zoom5x",-1);
zoom5y = get_config_int(section,"zoom5y",-1);
zoom10x = get_config_int(section,"zoom10x",-1);
zoom10y = get_config_int(section,"zoom10y",-1);
pad2x1 = get_config_int(section,"pad2x1",-1);
pad2x2 = get_config_int(section,"pad2x2",-1);
pad2y = get_config_int(section,"pad2y",-1);
pad5x1 = get_config_int(section,"pad5x1",-1);
pad5x2 = get_config_int(section,"pad5x2",-1);
pad5y = get_config_int(section,"pad5y",-1);
pad10x1 = get_config_int(section,"pad10x1",-1);
pad10x2 = get_config_int(section,"pad10x2",-1);
pad10y = get_config_int(section,"pad10y",-1);
label2x = get_config_int(section,"label2x",-1);
label2y = get_config_int(section,"label2y",-1);
label5x = get_config_int(section,"label5x",-1);
label5y = get_config_int(section,"label5y",-1);
label10x = get_config_int(section,"label10x",-1);
label10y = get_config_int(section,"label10y",-1);
brandx = get_config_int(section,"brandx",-1);
brandy = get_config_int(section,"brandy",-1);
const char *tmp = get_config_string(section,"name","name not specified");
sprintf(name,tmp);
levelNumber = level;
}
void lcd_init(void)
{
set_config_file(damp_ini_file);
/* Load the driver */
lcd_load_driver(get_config_string("[lcd]","driver","NONE"));
/* Call the driver's init function */
lcd_external_function("lcd_driver_init");
/* Read LCD variables from the ini file */
lcd_scroll_speed = get_config_int("[lcd]","scroll_speed",4);
lcd_display_width = get_config_int("[lcd]","display_width",16);
lcd_display_lines = get_config_int("[lcd]","display_lines",2);
lcd_require_update = FALSE;
/* Set up the scroller */
lcd_scroll_pos = 0;
sprintf(lcd_scroll_text,"%*c\n",lcd_display_width,' ');
LOCK_FUNCTION(lcd_scroll);
LOCK_VARIABLE(lcd_scroll_pos);
LOCK_VARIABLE(lcd_require_update);
install_int_ex(lcd_scroll,BPS_TO_TIMER(lcd_scroll_speed));
/* Display driver details */
printf("======================================================================\n");
printf("DAMP LCD Driver\n");
printf("======================================================================\n");
printf("Driver name : %s\n",lcd_driver_name);
printf("Driver version : %.2f\n",lcd_driver_version);
printf("Author name : %s\n",lcd_driver_author);
printf("Author email : %s\n",lcd_driver_author_email);
printf("Driver description : %s\n",lcd_driver_description);
printf("\n\n");
}
char *get_name(void) {
char *name = NULL;
get_config_string(lookup_config(config_tree, "Name"), &name);
if(!name)
return NULL;
if(*name == '$') {
char *envname = getenv(name + 1);
char hostname[32] = "";
if(!envname) {
if(strcmp(name + 1, "HOST")) {
fprintf(stderr, "Invalid Name: environment variable %s does not exist\n", name + 1);
free(name);
return false;
}
if(gethostname(hostname, sizeof hostname) || !*hostname) {
fprintf(stderr, "Could not get hostname: %s\n", strerror(errno));
free(name);
return false;
}
hostname[31] = 0;
envname = hostname;
}
free(name);
name = xstrdup(envname);
for(char *c = name; *c; c++)
if(!isalnum(*c))
*c = '_';
}
if(!check_id(name)) {
logger(LOG_ERR, "Invalid name for myself!");
free(name);
return false;
}
return name;
}
bool read_ecdsa_public_key(meshlink_handle_t *mesh, connection_t *c) {
if(ecdsa_active(c->ecdsa))
return true;
char *p;
if(!c->config_tree) {
init_configuration(&c->config_tree);
if(!read_host_config(mesh, c->config_tree, c->name))
return false;
}
/* First, check for simple ECDSAPublicKey statement */
if(get_config_string(lookup_config(c->config_tree, "ECDSAPublicKey"), &p)) {
c->ecdsa = ecdsa_set_base64_public_key(p);
free(p);
return c->ecdsa;
}
return false;
}
bool node_read_devclass(meshlink_handle_t *mesh, node_t *n) {
splay_tree_t *config_tree;
char *p;
init_configuration(&config_tree);
if(!read_host_config(mesh, config_tree, n->name))
goto exit;
if(get_config_string(lookup_config(config_tree, "DeviceClass"), &p))
{
n->devclass = atoi(p);
free(p);
}
if(n->devclass < 0 || n->devclass > _DEV_CLASS_MAX)
{ n->devclass = _DEV_CLASS_MAX; }
exit:
exit_configuration(&config_tree);
return n->devclass != 0;
}
bool node_read_ecdsa_public_key(meshlink_handle_t *mesh, node_t *n) {
if(ecdsa_active(n->ecdsa))
return true;
splay_tree_t *config_tree;
char *p;
init_configuration(&config_tree);
if(!read_host_config(mesh, config_tree, n->name))
goto exit;
/* First, check for simple ECDSAPublicKey statement */
if(get_config_string(lookup_config(config_tree, "ECDSAPublicKey"), &p)) {
n->ecdsa = ecdsa_set_base64_public_key(p);
free(p);
}
exit:
exit_configuration(&config_tree);
return n->ecdsa;
}
/* mouse_init:
* Here we open the mouse device, initialise anything that needs it,
* and chain to the framework init routine.
*/
static int mouse_init (void)
{
char tmp1[128], tmp2[128], tmp3[128];
AL_CONST char *udevice;
/* Find the device filename */
udevice = get_config_string (uconvert_ascii ("mouse", tmp1),
uconvert_ascii ("mouse_device", tmp2),
uconvert_ascii (DEVICE_FILENAME, tmp3));
/* Open mouse device. Devices are cool. */
intdrv.device = open (uconvert_toascii (udevice, tmp1), O_RDONLY | O_NONBLOCK);
if (intdrv.device < 0) {
uszprintf (allegro_error, ALLEGRO_ERROR_SIZE, get_config_text ("Unable to open %s: %s"),
udevice, ustrerror (errno));
return -1;
}
/* Discard any garbage, so the next thing we read is a packet header */
sync_mouse (intdrv.device);
return __al_linux_mouse_init (&intdrv);
}
/* get_config_int:
* Reads an integer from the configuration file.
*/
int get_config_int(char *section, char *name, int def)
{
CONFIG_HOOK *hook;
char section_name[256];
char *s;
prettify_section_name(section, section_name);
/* check for hooked sections */
hook = config_hook;
while (hook) {
if (stricmp(section_name, hook->section) == 0) {
if (hook->intgetter) {
return hook->intgetter(name, def);
}
else if (hook->stringgetter) {
s = hook->stringgetter(name, NULL);
if ((s) && (*s))
return strtol(s, NULL, 0);
else
return def;
}
else
return def;
}
hook = hook->next;
}
/* read normal data */
s = get_config_string(section_name, name, NULL);
if ((s) && (*s))
return strtol(s, NULL, 0);
return def;
}
void try_outgoing_connections(void) {
static config_t *cfg = NULL;
char *name;
outgoing_t *outgoing;
outgoing_list = list_alloc((list_action_t)free_outgoing);
for(cfg = lookup_config(config_tree, "ConnectTo"); cfg; cfg = lookup_config_next(config_tree, cfg)) {
get_config_string(cfg, &name);
if(!check_id(name)) {
logger(LOG_ERR,
"Invalid name for outgoing connection in %s line %d",
cfg->file, cfg->line);
free(name);
continue;
}
outgoing = xmalloc_and_zero(sizeof(*outgoing));
outgoing->name = name;
list_insert_tail(outgoing_list, outgoing);
setup_outgoing_connection(outgoing);
}
}
